Flight Controllers & Parts

V5 nano is an autopilot for space-constrained applications, designed by CUAV in collaboration with the PX4 team.

The autopilot is small enough to use in 220mm racing drones, but remains powerful enough for most drone use.

Some of its main features include:

Full compatibility with the Pixhawk project FMUv5 design standard and uses the Pixhawk Connector Standard for all external interfaces.

More advanced processor, RAM and flash memory than FMU v3, along with more stable and reliable sensors.

Firmware-compatible with PX4.

Generous 2.6mm spacing for I/O pins, making it easier to use all the interfaces.

The CUAV V5+ is an advanced autopilot manufactured by CUAV. The board is based on the Pixhawk FMUv5 design standard, the external interface uses the Pixhawk standard pinouts, and the modular design allows the users to customize their own carrier board. The autopilot is compatible with both PX4 and ArduPilot firmware. V5+ is ideal for academic research and commercial systems integration.

Specifications

• Main FMU Processor: STM32F765
• 32 Bit Arm® Cortex®-M7, 216MHz, 2MB memory, 512KB RAM
• IO Processor: STM32F100
• 32 Bit Arm® Cortex®-M3, 24MHz, 8KB SRAM

On-board sensors:

• Accelerometer/Gyroscope: ICM-20689
• Accelerometer/Gyroscope: BMI055
• Magnetometer: IST8310
• Barometer: MS5611

Interfaces:

• 8-14 PWM outputs (6 from IO, 8 from FMU)
• 3 dedicated PWM/Capture inputs on FMU
• Dedicated R/C input for CPPM
• Dedicated R/C input for PPM and S.Bus
• analog / PWM RSSI input
• S.Bus servo output
• 5 general purpose serial ports
• 4 I2C ports
• 4 SPI buses
• 2 CANBuses with serial ESC
• Analog inputs for voltage / current of 2 batteries

Power System:

• Power: 4.3~5.4V
• USB Input: 4.75~5.25V
• Servo Rail Input: 0~36V

Weight and Dimensions:

• Weight: 90g
• Dimensions: 85.5*42*33mm

The CUAV V5+ is an advanced autopilot manufactured by CUAV. The board is based on the Pixhawk FMUv5 design standard, the external interface uses the Pixhawk standard pinouts, and the modular design allows the users to customize their own carrier board. The autopilot is compatible with both PX4 and ArduPilot firmware. V5+ is ideal for academic research and commercial systems integration.

This NEO 3 GPS is manufactured by CUAV. It integrates Ublox M9N, IST8310, three-color LED lights and safety switches, and is compatible with CUAV and Pixhawk standard controllers.

V5+ Specifications:

• Main FMU Processor: STM32F765
• 32 Bit Arm® Cortex®-M7, 216MHz, 2MB memory, 512KB RAM
• IO Processor: STM32F100
• 32 Bit Arm® Cortex®-M3, 24MHz, 8KB SRAM

On-board sensors:

• Accelerometer/Gyroscope: ICM-20689
• Accelerometer/Gyroscope: BMI055
• Magnetometer: IST8310
• Barometer: MS5611

Interfaces:

• 8-14 PWM outputs (6 from IO, 8 from FMU)
• 3 dedicated PWM/Capture inputs on FMU
• Dedicated R/C input for CPPM
• Dedicated R/C input for PPM and S.Bus
• analog / PWM RSSI input
• S.Bus servo output
• 5 general purpose serial ports
• 4 I2C ports
• 4 SPI buses
• 2 CANBuses with serial ESC
• Analog inputs for voltage / current of 2 batteries

Power System:

• Power: 4.3~5.4V
• USB Input: 4.75~5.25V
• Servo Rail Input: 0~36V

Weight and Dimensions:

• Weight: 90g
• Dimensions: 85.5*42*33mm

The CUAV V5+ is an advanced autopilot manufactured by CUAV. The board is based on the Pixhawk FMUv5 design standard, the external interface uses the Pixhawk standard pinouts, and the modular design allows the users to customize their own carrier board. The autopilot is compatible with both PX4 and ArduPilot firmware. V5+ is ideal for academic research and commercial systems integration.

NEO 3Pro is a DroneCan GPS receiver produced by CUAV. It integrates UBLOX M9N, STM32F4 MCU, RM3100 compass, three-color LED light and safety switch.

V5+ Specifications:

• Main FMU Processor: STM32F765
• 32 Bit Arm® Cortex®-M7, 216MHz, 2MB memory, 512KB RAM
• IO Processor: STM32F100
• 32 Bit Arm® Cortex®-M3, 24MHz, 8KB SRAM

On-board sensors:

• Accelerometer/Gyroscope: ICM-20689
• Accelerometer/Gyroscope: BMI055
• Magnetometer: IST8310
• Barometer: MS5611

Interfaces:

• 8-14 PWM outputs (6 from IO, 8 from FMU)
• 3 dedicated PWM/Capture inputs on FMU
• Dedicated R/C input for CPPM
• Dedicated R/C input for PPM and S.Bus
• analog / PWM RSSI input
• S.Bus servo output
• 5 general purpose serial ports
• 4 I2C ports
• 4 SPI buses
• 2 CANBuses with serial ESC
• Analog inputs for voltage / current of 2 batteries

Power System:

• Power: 4.3~5.4V
• USB Input: 4.75~5.25V
• Servo Rail Input: 0~36V

Weight and Dimensions:

• Weight: 90g
• Dimensions: 85.5*42*33mm

The CUAV V5+ is an advanced autopilot manufactured by CUAV. The board is based on the Pixhawk FMUv5 design standard, the external interface uses the Pixhawk standard pinouts, and the modular design allows the users to customize their own carrier board. The autopilot is compatible with both PX4 and ArduPilot firmware.V5+ is ideal for academic research and commercial systems integration.

Specifications

• Main FMU Processor: STM32F765
• 32 Bit Arm® Cortex®-M7, 216MHz, 2MB memory, 512KB RAM
• IO Processor: STM32F100
• 32 Bit Arm® Cortex®-M3, 24MHz, 8KB SRAM

On-board sensors:

• Accelerometer/Gyroscope: ICM-20689
• Accelerometer/Gyroscope: BMI055
• Magnetometer: IST8310
• Barometer: MS5611

Interfaces:

• 8-14 PWM outputs (6 from IO, 8 from FMU)
• 3 dedicated PWM/Capture inputs on FMU
• Dedicated R/C input for CPPM
• Dedicated R/C input for PPM and S.Bus
• analog / PWM RSSI input
• S.Bus servo output
• 5 general purpose serial ports
• 4 I2C ports
• 4 SPI buses
• 2 CANBuses with serial ESC
• Analog inputs for voltage / current of 2 batteries

Power System:

• Power: 4.3~5.4V
• USB Input: 4.75~5.25V
• Servo Rail Input: 0~36V

Weight and Dimensions:

• Weight: 90g
• Dimensions: 85.5*42*33mm

The HV_PM module is a power monitor independently developed by CUAV and has the following characteristics:

• 10v-60v voltage input (3s~14s battery)
• Highly accurate measurement of voltage and current
• Integrated 5V5A BEC
• Maximum 60A current

The main function:

• Provide 5V voltage output and maximum 5A current to power the autopilot.
• Detect the current voltage and output an analog signal to the autopilot
• Detect the current system current and output an analog signal to the autopilot.

It is very simple to use. The one with the chip faces you. The left side is connected to the battery, and the right side is connected to the load (motor/ESC). The 6Pin signal line is connected to the Power interface of the autopilot.

CUAV X7 + For PX4 APM PIX Open Source FPV Drone Quadcopter. It uses a higher-performance STM32H7 processor and integrates industrial-grade sensors and ultra-low temperature drift sensors. Compared with the previous flight controller, it has better performance and more reliability. This board can run firmware for ArduPilot perfectly, and it will also be compatible with firmware for PX4. X7 + is ideal for academic research and commercial system’s integration.

Features:

Faster than ever: X7 + autopilot use STM32H7 series processors, CPU operating frequency increased to 480Mhz, storage 1024K, FLASH 2048K, has a faster processor and larger storage, and uses 512K EEPROM, can expand waypoints to 2048. Bring more imagination to flight applications

CUAV Quality: CUAV deeply cooperated with the team for APM & PX4 to complete the hardware design and software adaptation of the CUAV X7+, and was produced and tested by the CUAV smart factory. Each autopilot was used for independent I/O through the CUAV AATS system connectivity and sensor stability test to ensure the stability and reliability of the autopilot.

X7 PRO is an advanced autopilot independently designed by CUAV. It uses a higher-performance STM32H7 processor and integrates industrial-grade sensors and ultra-low temperature drift sensors. Compared with the previous flight controller, it has better performance and more reliability. This board can run ArduPilot firmware perfectly. the CUAV x7 +pro is ideal for industrial drones.

Specifications:

• Quantity: 1 pcs
• Size: 85.5x42x33mm
• Technical parameters: KV1100
• Model Number: X7 PRO Core
• For Vehicle Type: Airplanes
• Tool Supplies: Assembled class

CUAV X7&X7 Pro is an advanced autopilot independently designed by CUAV. It uses a higher-performance STM32H7 processor and integrates industrial-grade sensors and ultra-low temperature drift sensors. It has better performance and more reliability. This board can run ArduPilot firmware perfectly, and it will also be compatible with PX4 firmware.

This NEO 3 GPS is manufactured by CUAV. It integrates Ublox M9N, IST8310, three-color LED lights and safety switches, and is compatible with CUAV and Pixhawk standard controllers.

CUAV NEO 3 GPS Specifications

• Compass: IST8310
• GNSS receiver: UBLOX NEO M9N
• RGB drive: NC5623C
• Buzzer: Passive buzzer
• Safety switch: Physical button
• GNSS: Beidou, Galileo, GLONASS, GPS
• GNSS Augmentation System: 
  • SBAS: WAAS, EGNOS, MSAS, 
  • QZSS: L1s(SAIF), 
  • Other: RTCM3.3
• Number of concurrent GNSS: 4
• Frequency band: 
  • GPS: L1C/A 
  • GLONASS: L10F 
  • Beidou: B1I 
  • Galileo: E1B/C
• Horizontal accuracy: 2.0M
• Speed accuracy: 0.05M/S
• Nav. update rate: 25Hz (Max)
• Acquisition: 
  • Cold start: 24S 
  • Hot start: 2S 
  • Aided start: 2s
• Number of satellites (MAX): 32+
• Sensitivity: 
  • Tracking and nav: -167dBm
  • Cold start Hot start: -148dBm 
  • Reacquisition: -160dBm
• Protocol: UART+IO+I2C
• Port Type: GHR-10V-S
• Supported flight controller: CUAV series, Pixhawk series
• Wave filtering: SAW+LNA+SAW
• Anti-Electromagnetic/radio frequency interference: EMI+RFI
• Upgrade firmware: Support
• Input voltage: 5V

CUAV X7&X7 Pro is an advanced autopilot independently designed by CUAV. It uses a higher-performance STM32H7 processor and integrates industrial-grade sensors and ultra-low temperature drift sensors. It has better performance and more reliability. This board can run ArduPilot firmware perfectly, and it will also be compatible with PX4 firmware.

Features:

• Internal shock absorption
• Modular design, can be DIY carrier board
• Support USB_HS, download logs faster
• Support more dshot output
• Support IMU heating, make the sensor work better
• Dedicated uavcan battery port
• 3 sets of IMU sensors

X7+ autopilot uses STM32H743 series processors CPU, Cortex-M7 core (with double precision Floating-Point Unit). It makes operating frequency increase to 480Mhz, 2MB Flash，1MB RAM，Meet the higher computing needs of flight controllers Compared with the STM32F7 product line, the dynamic power consumption efficiency is doubled.

The sensor is one of the important indicators to evaluate the flight controller. This time, we have added the ICM-42688-P sensor. Compared with the traditional consumer IMU, the noise figure of ICM-42688-P is reduced by 40%, and the temperature stability is improved 2 times, so as to ensure the highest accuracy measurement in the case of temperature changes.

Sensor Redundancy Design

Built-in three sets of accelerometers and gyroscopes, the flight controller monitors the data of multiple sensors in real time, and executes redundant switching immediately in case of failure to improve flight safety and stability.

Temperature Compensation

System

The built-in high-precision sensor temperature compensation system makes the sensor work at a constant temperature, ensuring that the sensor can operate stably with high precision and sensitivity in high and low temperature environments.

CORE Separate Design

The X7+ flight controller integrates the main MCU and IMU into the CORE module and can be sold separately. Users can design the baseboard according to the UAV structure to meet the individual needs of users, or purchase our CAN PDB baseboard for use. The X7+ CORE interface is compatible with X7, X7 Pro, and V5+ flight controller CORE.

Better CUAV Patented Shock Absorption System

After dozens of iterations, hundreds of shock-absorbing materials have been tested and verified, computer model analysis and thousands of flight tests, so improve the shock absorption to a further level

Standard Pack Digital

Power Module

Standard package include UAVCAN protocol digital power detection module, using CUAV independent R&D ITT algorithm, accurate measurement of UAV real-time voltage and current, making flight time estimation more reliable.

Firmware:

Note:X7+ flight controller is compatible with ArduPilot 4.10/ PX4 1.12.3 or higher firmware.

Copter/Plane,

Support all models: Copter/Plane/ Helicopter/VTOL/unmanned vehicle/ Rover, etc.

Specifications

Main FMU Processor: STM32H743

On-board sensors:

Accelerometer/Gyroscope: ICM-42688-P(X7:BMI088)

Accelerometer/Gyroscope: ICM-20689

Accelerometer/Gyroscope: ICM-20689(X7:ICM-20649)

Magnetometer: RM3100

Barometer: MS5611*2

Interfaces:

14 PWM outputs （12 supports Dshot）

Support multiple RC inputs (SBUs/CPPM/DSM)

Analogue/ PWM RSSI input

2 GPS ports(GPS and UART4 ports)

6 i2c buses(Four i2c dedicated ports)

2 CAN bus ports

2 Power ports(Power A is common adc interface, Power C is uavcan battery interface)

1 ADC intput

1 USB ports

Power System:

Power: 4.5~5.4V

USB Input: 4.75~5.25V

Servo Rail Input: 0~10V

Weight and Dimensions:

Weight: 101 g

Other Characteristics:

Operating temperature: -20 ~ 85°c

Three imus

Supports temperature compensation

Internal shock absorption

x7 plus pinouts

CUAV X7+ Features:

1–Built-in shock absorption

2–3 sets of Imus support intelligent failover

3–Support temperature compensation

4–Support CAN ammeter

5–Modular design, support custom baseboard

CUAV X7&X7 Pro is an advanced autopilot independently designed by CUAV. It uses a higher-performance STM32H7 processor and integrates industrial-grade sensors and ultra-low temperature drift sensors. It has better performance and more reliability. This board can run ArduPilot firmware perfectly, and it will also be compatible with PX4 firmware.

This NEO 3 GPS is manufactured by CUAV. It integrates Ublox M9N, IST8310, three-color LED lights and safety switches, and is compatible with CUAV and Pixhawk standard controllers.

CUAV NEO 3 GPS Specifications

• Compass: IST8310
• GNSS receiver: UBLOX NEO M9N
• RGB drive: NC5623C
• Buzzer: Passive buzzer
• Safety switch: Physical button
• GNSS: Beidou, Galileo, GLONASS, GPS
• GNSS Augmentation System: 
  • SBAS: WAAS, EGNOS, MSAS, 
  • QZSS: L1s(SAIF), 
  • Other: RTCM3.3
• Number of concurrent GNSS: 4
• Frequency band: 
  • GPS: L1C/A 
  • GLONASS: L10F 
  • Beidou: B1I 
  • Galileo: E1B/C
• Horizontal accuracy: 2.0M
• Speed accuracy: 0.05M/S
• Nav. update rate: 25Hz (Max)
• Acquisition: 
  • Cold start: 24S 
  • Hot start: 2S 
  • Aided start: 2s
• Number of satellites (MAX): 32+
• Sensitivity: 
  • Tracking and nav: -167dBm
  • Cold start Hot start: -148dBm 
  • Reacquisition: -160dBm
• Protocol: UART+IO+I2C
• Port Type: GHR-10V-S
• Supported flight controller: CUAV series, Pixhawk series
• Wave filtering: SAW+LNA+SAW
• Anti-Electromagnetic/radio frequency interference: EMI+RFI
• Upgrade firmware: Support
• Input voltage: 5V

X7+ Pro is an advanced autopilot independently designed by CUAV. It uses a higher-performance STM32H7 processor and integrates industrial-grade sensors and ultra-low temperature drift sensors. Compared with the previous flight controller,it has better performance and more reliability. This board can run ArduPilot firmware perfectly. X7+ Pro is ideal for industrial drones.

Faster than ever

CUAV X7+ Pro autopilot use STM32H7 series processors, CPU operating frequency increased to 480Mhz, storage 1024K, FLASH 2048K, has a faster processor and larger storage, and uses 512K EEPROM, can expand waypoints to 2048, Bring more imagination to flight applications

Built-in shock absorption design

CUAV X7+ Pro flight controllers have a built-in and reliable CUAV patented shock absorption system, making them fearless of flight jitter!

Adapt to harsh environment

CUAV X7+ Pro autopilot adopts numerous car-level chips and has a built-in high-precision sensor temperature compensation system, which makes the sensor work at a constant temperature to ensure that the sensor can operate with high accuracy and high sensitivity in high and low temperature environments.

Always stable

Invensense + Bosch + ADI + TE series sensors are used, which have lower noise and stronger anti-shock and vibration performance. With the industrial-grade compass RM3100, the flight stability and anti-interference performance have brought a qualitative improvement

Difference between X7+ Pro and X7+?

X7+ Pro replaces the ICM-20689 chip on the X7+ with a high-end ADI16470 chip. Because of its excellent gyro and acceleration drift performance, it has been used in some cutting-edge aerospace projects in the past. This time, we introduced it into the open source flight control, which is integrated into the IMU with triple redundancy and exerts excellent performance

For the regular version, please check CUAV X7+ Flight Controller

ADIS16470 sensor!

X7+ Pro and X7+ are only different from sensors: X7+ pro uses ADI16470 chip instead of ICM-20689 And the front logo has more Pro words, other appearance and size are the same as X7+.

Dual platform compatible

CUAV X7+ Pro Supports the current mainstream PX4 (PX4 is being adapted) and Ardupilot two open source platform firmware to meet the needs of different users.

CUAV X7 Pro Flight Controller quality

CUAV deeply cooperated with the APM & PX4 team to complete the hardware design and software adaptation of the CUAV X7 series, and was produced and tested by the CUAV smart factory. Each autopilot was used for independent I / O through the CUAV AATS system Connectivity and sensor stability test to ensure the stability and reliability of the autopilot.

Other characteristics

Internal shock absorption

Modular design, can be DIY carrier board

Support USB_HS, download logs faster

Support more dshot output

Support IMU heating, make the sensor work better

Dedicated uavcan battery port

3 sets of IMU sensors

High-precision industrial sensor(ADIS16470+RM3100)

CUAV X7&X7 Pro is an advanced autopilot independently designed by CUAV. It uses a higher-performance STM32H7 processor and integrates industrial-grade sensors and ultra-low temperature drift sensors. It has better performance and more reliability. This board can run ArduPilot firmware perfectly, and it will also be compatible with PX4 firmware.

NEO 3Pro is a DroneCan GPS receiver produced by CUAV. It integrates UBLOX M9N, STM32F4 MCU, RM3100 compass, three-color LED light and safety switch.

CUAV NEO 3 Pro specifications:

• Processor: STM32F412
• Compass: RM3100
• Barometer: MS5611
• GNSS receiver: UBLOX NEO M9N
• RGB drive: NCP5623C
• Buzzer: Passive buzzer
• Safety switch: Physical button
• GNSS: Beidou, Galileo, GLONASS, GPS
• GNSS Augmentation System: 
  • SBAS: WAAS, EGNOS, MSAS
  • QZSS: L1s (SAIF)
  • Other: RTCM3.3
• Number of concurrent GNSS: 4
• Frequency band: 
  • GPS: L1C/A
  • GLONASS: L10F
  • Beidou: B1I
  • Galileo: E1B/C
• Horizontal accuracy: 2.0M
• Speed accuracy: 0.05M/S
• Nav. update rate: 25Hz (Max)
• Acquisition: Cold start: 24S
• Hot start: 2S
• Aided start: 2S
• Number of satellites (MAX): 32+
• Sensitivity: Tracking and nav: -167dBm
• Cold start: -148dBm
• Hot start: -148dBm
• Reacquisition: -160dBm
• Protocol: UAVCAN
• Port Type: GHR-04V-S
• Supported flight controller: CUAV series, Pixhawk series
• Wave filtering: SAW+LNA+SAW
• Anti-Electromagnetic/radio frequency interference: EMI+RFI
• Upgrade firmware: Support
• Input voltage: 5V
• Operating temperature: -10~70℃

CUAV XBEE Radio is a high-power, high-speed, high-reception sensitivity data transmission module

It has a built-in S3B RF module from the United States DIGI company, transmitting power up to 250mW, ISM 900MHZ legal frequency, supporting a variety of advanced network options and topology modes

The CUAV XBEE Radio module offers an unprecedented range of low-cost wireless data solutions. This module is easy to use and is especially suitable for unmanned unit networks and point-to-point over-the-horizon transmission, providing stable, critical data transmission between drones and equipment. Their small size saves valuable on-board space.

The Cube Red is a professional dual FMU flight control system that ensures operational reliability through its two dual-core, double-precision FPU processors. The newly added Ethernet interface and DSI out provide an unprecedented flight experience. An Isolated Static Air port minimizes disruptions from external airflow, ensuring stable static pressure. Also with Ardupilot firmware, you can utilize this unit with any type of UXV.

Features

• Powerful processing performance is provided by two STM32H7 dual-core processors, each equipped with double-precision FPU (Floating Point Unit) operations.

• Cube Red is equipped with 4 sets of IMUs and 3 barometers for redundancy, ensuring continuous safe operation during flight.

• Replaceable fully closed uppercase and isolated static air ducts provide stable pressure to barometers for accurate altitude measurement.

• Provides foams with different hardness options, catering to various flight purposes.

• The CAN FD port offers real-time high transmission rates.

• The Type-C Debugging interface has been updated to the future-proof USB Type-C standard.

What's Included

1x Cube Red (Beta Version)
1x ADSB Carrier Board (For Red Cube Only)
1x Power Brick Mini
1x The Cube Standard Cable Set V2.1
1x Waterproof Top Case
1x Air Tube Connector (M3)
1x CAN BUS Splitter
1x Foam (A)
1x Foam (B)
1x Ethernet Cable (mini I/O to RJ45; 30cm)
4x Mounting Screw
3x 3M Large Sticker
2x 3M Medium Sticker
4x 3M Small Sticker

• Carrier board for the Pixhawk Cube Black, Yellow, Purple, Orange & Blue
  Integrated 1090MHz ADS-B receiver/transmitter module

Damper Mount for CC3D Flight Controller

If you're looking for an all-in-one professional level mutli-rotor flight control system, DJI has the solution. The precise, technologically advanced A2.

This product was mounted for demo purposes- never flown. it comes with original box and all related accessories.

DJI has been hard at work on some very exciting new products including a new flagship flight controller: The DJI A2. Inherited from the technology of DJI’s Wookong series controller, the A2 offers you a brand new flight experience with a new design philosophy. Superseding the Wookong family, the A2 sticks closely to DJI’s tradition of wowing customers with high specs, but it also innovates dramatically in a couple of key areas, which DJI hopes will give it an edge over the competition:

A2 Features:

• Precise Position Hold in Extreme Environments
• High Accuracy and Anti-vibration Dampening Characteristics
• Built-in 2.4ghz DESST Receiver
• Flexible extension capability
• Remote Parameter Adjustment Enabled
• Upgraded Power Management Unit (PMU)
• Dual CAN-Bus System
• Advanced Friendly Features
• DJI A2 Multi-rotor Flight Controller

iOSD MARK II Features:

• Highly integrated, beautiful and practical, compact size
• Supports DJI professional autopilot system
• Real-time accurate flight data & video signal superposition
• Supports dual video source input, switchable during flight
• Remote video link channels in real-time switch
• Flight Log Function
• Free Firmware Upgrades Online
• Built-in BEC module, supports 3S-6S LiPoly
• User-friendly Assistant Software

eTURBINE 250 racer CC3D flight controller

F4 F405 Flight Control 3-6S & 60A 4IN1 ESC Stack For FPV Frame Drone

Product Parameters:

MCU: STM32F405RGT6 168MHz
Gyroscope: Mpu6500
Baro:Bmp280
OSD: Betaflight SPI OSD DJI HD OSD(UART5)
Black box: 16MB
6x Uarts: UART 1/2/3/4/5/6
4x PWM outputs
1x I2C
2x LEDs for FC STATUS (Blue) and 3.3V indicator(Red) and 5V indicator(Red) and 9V indicator(Red)
USB Type-C(USB2.0)
1x JST-SH1.0_8pin connector (Gnd/Vbat/S1/S2/S3/S4/Curr/Rx3)
1x JST-SH1.0_6pin connector (9V/GND/T5/R5/GND/R2)
VTX 9V filtered power
DJI FPV OSD is supported by any spare UART
LED: 4 LED independent pads, support WS2812 programming lamp output.
Receiver: Support Sbus, crsf, ibus, SBUS, XBUS receiver,
The default receiver input is UART2(You can solder ELRS RX on UART2).

Power:  Input voltage: 3-6S
BEC: 5V/10V 3A max dual-channel BEC supports stable power supply on the sky side of DJI
LDO 3.3V: Max.1A
FC Firmware:  BetaFlight firmware: DAKEFPVF405
INAV firmware:DAKEFPVF405

Mounting:
Installation size: 30.5mm × 30.5mm The installation hole is M4 and supports shock column installation
External size 36mm × 36mm
Flight control weight: 6.9g
Flight control onboard voltage sensor.

60A BLHeli-S 3-6S DShot600 4-in-1 ESC:

Support Dshot600, Dshot300, Dshot150, Oneshot125, Multishot, PWM control signal
Power supply voltage: 3-6S (12-26V)
Continuous working current: 45A/60A
No built-in 5V BEC output
Firmware: BLHeli-S
Screw hole spacing: 30.5*30.5MM
Aperture: 4MM
Weight: 14.6g

- The ESC has an on-board filter capacitor that suppresses the back electromotive force, stabilizes the battery voltage, and protects the flight control ESC precision components.

- EMI Shell provides stronger anti-interference capability.

Note: There is no difference in appearance between the 45A and 60A ESCs, which can be distinguished from the MOS tube.

F7 F722 Flight Controller 3-6S & 60A 4IN1 ESC Stack For FPV Frame Drone

Product Parameters:

Name: F7 F722 flight controller
Main control chip: STM32F722RET6
MPU: MPU6500
Character overlay: AT7456E
Black box: integrated 16M Flash
Barometer: BMP280
Serial port: 6 optional
Motor output: 6 channels optional
LED strip: support
Buzzer: support
Camera_Control：support
Input voltage: 3-6S Lipo
Power output: 5V/2A, 9V/2A
Weight: 6.0g
Size: 36x36mm, mounting hole 30.5mm
Firmware: DAKEFPVF722

Power:  Input voltage: 3-6S
BEC: 5V/10V 3A max dual-channel BEC supports stable power supply on the sky side of DJI
LDO 3.3V: Max.1A


Mounting:
Installation size: 30.5mm × 30.5mm The installation hole is M4 and supports shock column installation
External size 36mm × 36mm
Flight control weight: 6.9g
Flight control onboard voltage sensor.

60A BLHeli-S 3-6S DShot600 4-in-1 ESC:

Support Dshot600, Dshot300, Dshot150, Oneshot125, Multishot, PWM control signal
Power supply voltage: 3-6S (12-26V)
Continuous working current: 45A/60A
No built-in 5V BEC output
Firmware: BLHeli-S
Screw hole spacing: 30.5*30.5MM
Aperture: 4MM
Weight: 14.6g

- The ESC has an on-board filter capacitor that suppresses the back electromotive force, stabilizes the battery voltage, and protects the flight control ESC precision components.

- EMI Shell provides stronger anti-interference capability.

Note: There is no difference in appearance between the 45A and 60A ESCs, which can be distinguished from the MOS tube.

•   Built‐in 15X15X4mm ceramic patch antenna on the top of module Ultra‐HighSensitivity: ‐165dBm(w/o patch antenna), up to 45dB C/N of SVs in open sky reception.
•   High Update Rate: up to 10Hz
•   12 multi‐tone active interference canceller
•   High accuracy 1‐PPS timing support for Timing Applications (10ns jitter)
•   AGPS Support for Fast TTFF (EPO™ Enable 7 days/14 days/30 days )
•   EASY™: Self‐Generated Orbit Prediction for instant positioning fix
•   AlwaysLocate™ Intelligent Algorithm (Advance Power Periodic Mode) for power saving
•   Logger function Embedded
•   Gtop Firmware Customization Services
•   Consumption current(@3.3V):
•   Acquisition: 25mA Typical
•   Tracking: 20mA Typical

•   Dimensions 26 mm x 40 mm
•   Power supply: 3.3V at 5v
•   3V coin cell CR1220 holder (Coin cell included)
•   115200 Baud & 10 Hz firmware uploaded

CC3D APM Flight Controller Anti-vibration Damping Plate Shock Absorber Set

Included:

1 X Flight Controller Anti-vibration Plate
4 X Rubber Balls

Suits for different open source flight controller, like APM 2.5/2.6, KK, MWC, etc

Breakout board for the FTDI FT232RL USB to serial IC. The pinout of this board matches the FTDI cable to work with official Arduino and cloned 3.3V Arduino boards. It can also be used for general serial applications. The major difference with this board is that it brings out the DTR pin as opposed to the RTS pin of the FTDI cable. The DTR pin allows an Arduino target to auto-reset when a new Sketch is downloaded. This is a really nice feature to have and allows a sketch to be downloaded without having to hit the reset button. This board will auto reset any Arduino board that has the reset pin brought out to a 6-pin connector.

The pins labeled BLK and GRN correspond to the colored wires on the FTDI cable. The black wire on the FTDI cable is GND, green is DTR. Use these BLK and GRN pins to align the FTDI basic board with your Arduino target.

There are pros and cons to the FTDI Cable vs the FTDI Basic. This board has TX and RX LEDs that allow you to actually see serial traffic on the LEDs to verify if the board is working, but this board requires a miniB cable. The FTDI Cable is well protected against the elements, but is large and cannot be embedded into a project as easily. The FTDI Basic uses DTR to cause a hardware reset where the FTDI cable uses the RTS signal.

GF CC3D Flight Controller Anti-vibration Damper Set for QAV250 H250

• Glass fiber CNC processing
• Color: Black
• Suit for CC3D Flight controller
• Weight: 14g
• Upper plate: 55*55mm
• Lower plate: 63*63mm
   

• 2x mount plate
• 4x rubber ball
• 4x rubber pin
• 1x 3M Double Side Tape

M10N GPS SE100 Module High Positional Accuracy Works with GLONASS/BeiDou for APM Pixhawk Flight Controller DIY FPV Drone, Quad and many other design. 

Features:

• Positioning Accuracy to 50 cm
• Positioning 20 Satellites at Open Ground in 6 Seconds
• Even at Valley Bottom, Super Station-keeping Capability
• Excellent Performance: 2.5dbl ceramic antenna design have enhances the ability to get extremely weak signal even though interference by ideal filter.
• Top Configuration: with u-blox UBX-M8030(M8), 72-channel, MMIC BGA715L7 from Infineon, that's better than single GNSS 7N.
• Built-in electronic compass QMC5883L (I2C port) with high precision, which same technology as Honeywell HMC5983. Support multiple positioning systems GPS, GLONASS L10F, QZSS L1 C/A, BeiDou B1, dual mode operation.

Compatible with Radiolink / Pixhawk Flight Controller, 1.89*1.6*0.59in, suitable for DIY drone, quadcopter, multi-copter, rc vehicle's, etc.

Package Include:

• M10N SE100 GPS x 1
• Metal rod bracket x 1
• Connecting cable x 1
• Metal fixing gasket x 2
• Foam fixed sticker x 1

GPS unit NEO-M8N with Compass for Pixhawk with extra connector for APM, For Auto

Description:

This is a new generation NEO-M8N High Precision GPS Module with Built-in Compass for PIXHAWK and APM FC (Ready to connect to PIXHAWK FC) with onboard Compass, low power consumption, and high precision, the ultimate accuracy is 0.6 meters, actually almost 0.9 meters, greater than the previous generation NEO-7N 1.4-1.6 meters accuracy, support GPS/QZSS L1 C/A, GLONASS L10F, BeiDou B1 protocol, and mode or more.

Additionally, you can connect the same module to APM Flight Controller just after swapping the extra 5-pin connector provided in Package.

1. Ready to Connect to PIXHAWK FC with 6-pin connector Attached
2. Receiver type 72-channel M8 engine
3. Galileo-ready E1B/C (NEO-M8N)
4. Nav. update rate1 Single GNSS: up to 18 HZ
5. Acquisition Cold starts: 26 s
6. Onboard Compass

Package included:

1 x Ublox NEO-M8NGPS for CC3DRevolution Controller

RTK GNSS set with rover and base

Highlights:

    Centimeter‑level GNSS positioning for the mass market
    Integrated Real Time Kinematics (RTK) for fast time‑to‑market
    Smallest, lightest, and energy‑efficient RTK module
    Complete and versatile solution due to base and rover variants

Other features:

    Breakaway mount
    MPU9250 IMU
    MS5611 Barometer
    6CM Ground plane

Includes 

• 1 x Here+ RTK Rover
• 1 x Here+ RTK Base
• 1 x Here+ RTK Base USB connector
• 1 x 3M Sticky Pad
• 1 x Hex Tool for changing Cable
• 1 x CAN cable for future use
• 1 x Prehistoric Pixhawk 1 cable
• 1 x USB adapter for super magic programming of Rover

The Pixhawk I2C port Expand Board with cable I2C splitter expands the I2C port to allow up to four additional peripheral connections for Pixhawk flight controller. Use the 4-wire cable to connect the I2C splitter and add a compass module, external LED, digital airspeed sensor, or other peripherals to your vehicle. It is a useful tool and very convenient to connect. Pixhawk/APM flight control only one I2C interface, such as the need to connect more than one I2C peripheral, you can use the line board; Pixhawk – I2C points line board with five completely parallel vertical 1.25 4 a socket, convenient connection in the form of 1 drag 4 four I2C peripherals, for example, at the same time use the external compass and RGB modules. I2C line board and Pixhawk flight control the appearance of the connection

Included:

1 x I2C Splitter

1 x Wire Connector

The next evolution of the rotor revolution is here!! The KK-mini is packing all the same power, but with a new mighty-mini form factor.

The KK-Mini is the next Big/Small evolution of the first generation KK flight control boards. The KK-Mini is based on the KK2.1.5 architecture and has all the same inputs and outputs as well as the full functionality of its big brother. The new 36mm designed was adapted to fit the needs of the new mini market, but don’t let its size fool you as it's just as much at home in any size multi-rotor. The KK mini still utilizes a built in GUI using a hi-res mini LCD and 4 micro buttons for the same great KK experience. It was engineered from the ground up to bring multi-rotor flight to everyone, not just the experts.

A host of multi-rotor craft types are pre-installed, simply select your craft type, check motor layout/propeller direction, calibrate your ESCs and radio and you’re ready to go! All of which is done with easy to follow on screen prompts!

The original KK gyro system has been updated to an incredibly sensitive 6050 MPU system, making this the most stable KK board ever and allowing for the addition of an auto-level function. At the heart of the KK-Mini is an Atmel Mega644PA 8-bit AVR RISC-based microcontroller with 64k of memory. An additional polarity protected header has been added for voltage detection, so no need for on-board soldering. A handy piezo buzzer is also included for audio warning when activating and deactivating the board.

The KK-Mini added polarity protection to the voltage sense header and on-board buzzer. The voltage sense line has been updated for better accuracy.

If you’re new to multi-rotor flight or have been unsure about how to setup a KK board, then the KK-Mini was built for you. The 6 Pin USBasp AVR programming interface ensures future software updates will be quick and easy.

Specs:

• Size: 36x36x11.5mm (mounting holes 30.5x30.5mm)
• Weight: 8.6g
• IC: Atmega644 PA
• Gyro/Acc: 6050MPU InvenSense Inc.
• Auto-level: Yes
• Input Voltage: 4.8-6.0V
• AVR interface: standard 6 pin.
• Signal from Receiver: 1520us (5 channels)
• Signal to ESC: 1520us
• LCD size: 24*18mm
• Mini buttons size:Four 3.3*4.2mm
• Voltage sensor: One red positive pin header for.
• Input rail: Single row 2.54mm pitch pin header for input signal

Mini Pix Pixhawk 2.4. 8 PX4 Autopilot Pix 2.4.8 32Bit Flight Controller Combo including:

• 1 x MINI PIX Pixhawk 2.4.8 32bit ARM Flight Controller
• 1 x Buzzer
• 1 x Neo-M8N Gps Module
• 1 x Black Gps Holder
• 1 x Power module x1 (Yellow and black color Connector XT60 PM send randomly)
• 1 x Minim OSD w / shell
• 1 x I2C Expand Splitter Module
• 1 x PPM Module w / shell
• 1 x 433 MHZ 100 mw telemetry
• 1 x Cables

FMU Processor: SMT32f407 (32bit Cortx-M7 168Mhz Arm)
Sensor:
Gyroscope: ICM-20689
Accelerometer: ICM-20689
Barometer: MS5607
Compass: IST8310
Support for up to three, 1 x Compass with built-in, 2x External support 2 at maximum.

Interface Type CH1.25

GPS UART X2 (Support for Dual GPS)
UART Telemetry X2
I2C X1 (extended support)
Output PWM X6
RC in PPM / SBUS signal input
Current Input Voltage X1
BEC Servo Input X1
USB X1
SPI X1
M8N High Prec ision GPS Built in Compass

Work Environment and Physical Parameters (Job Condition and Physical Parameters):
USB voltage 5 V + -0.4 V
Input Voltage of the PM Module 5 V + -0.4 V
Servo 5-16 Input Voltage V
FC voltage 5 V
Temperature range-40-85 * c
Size & Weight
Size: L * W * H 36 * 36 MM (PCB only)
Weight: 9g (FC Single Plate)
A new generation of GPS M8N, with low power consumption and high preci sion, the final preci sion is 0.6 meters, in fact nearly 0.9 meters, higher than the previous generation 7N 1.4-1.6 meters preci sion, support GPS / QZSS L1 C / A, GLONASS L10F, BeiDou B1 protocol and mode or more.
Chip GPS parameters:
Receiver type 72-channel M8 motor
GPS / QZSS L1 C / A, GLONASS L10F, BeiDou B1
SBAS L1 C / A: WAAS, EGNOS, MSAS
The Galileo-ready E1B / C (M8N)
Nav. update rate1 Single GNSS: up to 18 HZ
Simultaneous GNSS: up to 10Hz
Accuracy2 position 2.0 m CEP
Sensitivity2 Tracking & Nav: -167 dBm
Cold starts: -148 dBm
Starts hot: -156 dBm
AssistNow Online GNSS Assistance
AssistNow GNSS Offline (up to 35 days) 3
Autonomous AssistNow (up to 6 days)
OMA SUPL & 3GPP compatible
TCXO Oscillator (M8N / Q),
Crystal (M8M)
Crystal RTC Embutido
Noise Figure On-chip L NA (M8M). L NA Extra for
The lowest noise figures (M8N / Q)
Anti jamming detection Active CW and Removal. Extra
Onboard SAW band pass filter (M8N / Q)
Supported active and passive antennas
Odometer Traveled in the distance
-Data logger For position, speed, and time (M8N)
Operating Temperature. - ° C to 85-40 ° C
Storage temp. - ° C to 85-40 ° C (M8N / Q)
-40 ° C to 105 ° C (-M8M)
RoHS compliant (lead-free)
Qualification according to ISO 16750
Manufactured and tested in ISO / TS 16949 certified local production
Uses chips qualified according to AEC-Q100 M8
Supply voltage from 1.65 V to 3.6 V (M8M)
2.7 V to 3.6 V (M8N / Q)
Power consumption4 23 mA @ 3.0 V (continuous)
5 mA @ 3.0 V Power Saving Mode
(1Hz, GPS mode only)
Power Backup 1.4 to 3.6 V

Mini Pix flight controller is a compact version of another popular RadioLink Pixhawk controller. Perfectly compatible with RadioLink TS100 mini GPS M8N module.

Features

• Processor: STM32F405VGT6
• Gyroscope: MPU6500
• Compass: QMC5883L
• Barometer: LPS22HB
• Connector: JST GH
• Mavlink UART: 2 (with CTSRTS)
• GPS UART: 1
• RC input signal: PPM/SBUS
• RSSI input signal: PWM/3.3V
• I2C: 1
• PWM input: 6 OneShot/PWM output
• Operating Voltage: 5.1V
• USB: 5V +-0.3V
• Operating Temperature: -40 to +80 degrees Celsius
• Size: 39 x 39 x 12mm
• Weight: 12g (without wires)

Accessories

• 1 x Radiolink Mini Pix flight controller
• 1 x buzzer and emergency stop button
• 1 x power module
• 1 x buzzer connection cable
• 1 x receiver and RSSI connection cable
• 1 x power module connection cable
• 1 x OSD connection cable

Telemetry Technical Specifications

Weights & Dimensions

NAV Module x 1

UART 4Pin cable (to GPS) 200mm x1

I2C 4Pin cable (to FC) 100mm x1

Features:

All GPS data available via the I2C bus to connect to 328P Multiwii FC

A LED on board show GPS 3D Fix status

ATMega 328P Microcontroller

2 Molex 1.25mm 4Pin socket for GPS receiver and FC

2 port for ISP and FTDI

Specification:

Dimension: 20mmX30mm

Height: 5mm

Weight:2.4g/5g(include cable)

Hole diameter: 3mm

The popular Naze32 is here! Initially designed for use with small to mid-sized multirotor craft, it has become the go-to controller for a host of Multirotor projects and propheads.The Full board contains the additional magnetometer and barometer

Board comes with pins-Not soldered.

Features:

Designed for use with small indoor or small to mid-sized outdoor multirotor craft, or as a standalone camera stabilizer, the Naze32 flight control is simple to setup, with configuration based on the familiar “MultiWii” software.

Specifications:

•     36x36 mm
•     5.3 grams (no headers, 7.3 grams with)
•     2000 degrees/second 3-axis MEMS gyro + accelerometer (MPU6050)
•     3-axis magnetometer (HMC5883L)
•     Barometric Pressure sensor (MS5611)
•     Flexible motor outputs, support various airframe types -
•     Quad/Hexa/Tri/Bi/Y4/Y6/Octo/Camera Gimbal. (Default is Quad-X)
•     Up to 8 ch RC input - supports standard receivers (PWM), PPM Sum receiver (FrSky, etc), or Spektrum Satellite receiver.
•     Built in FrSky telemetry inverter (shared w/main port)
•     Battery voltage monitoring
•     Modern 32-bit processor running at 3.3V/72MHz (STM32F103CB).
•     16Mbit onboard SPI flash
•     Onboard MicroUSB for setup and configuration
•     LEDs so bright, they will blind you
•     MultiWii-based configuration software for easy setup
•     rev5 hardware

Included:

1. Naze32 rev6
2. 1x RC breakout cable
3. Case

The Acro Naze32 is one of the best flight controllers available for Multi-rotors.this board is Acro version and not including the Magnetometer and barometer

This FC features an STM32 32-bit processor and comes in an acro version and and full version. The Naze 32 can be used in many different configurations (up to an octocopter).  It also does FrSky Telemetry, Multiwii serial protocol, and can control a camera gimbal control.

MCU:ST Microelectronics STM32F103 72-MHz ARM Cortex-M3
Motion/Position Sensor:Invensense MPU6050 6-DOF MEMS Sensor (3-axis Gyro + 3-axis Accelerometer)
Compass:none
Altitude Sensor:none
Dimensions:36mm x 36mm
Hole Spacing:30.5mm x 30.5mm
Weight (bare):6 grams
Weight (with pin headers):8 grams

Note that returns on these are not accepted after soldering. Please plug the board into your computer BEFORE you solder it to check it works.